Applied Catalysis: An International Journal Devoted to Catalytic Science and its Applications 1991: Vol 70 Index

10 Pages·1991·2.3 MB·English

Author Index
Aigler, J.M. and Lunsford, J.H. Ghosal, K., see Chuang, S.S.C. 101
Oxidative dimerization of methane over MgO Grau, J.M. and Parera, J.M.
and Li*/MgO monoliths 29 Deactivation of Pt—-Re/Al203 catalysts with dif-
Astier, M.P., see Kanoun, N. 225 ferent metallic surface 9
Baiker, A., see Bassili, V.A. 325 Haber, J.,see Machej,T. 115
Bassili, V.A. and Baiker, A. Hamada, H., Kintaichi, Y., Sasaki, M., Ito, T. and
Catalytic amination of l-methoxypropan-2-ol Tabata, M.
over silica supported nickel. Modelling of reac- Selective reduction of nitrogen monoxide with
tion kinetics 325 propane over alumina and HZSM-S zeolite.
Benyahia, F. and Mearns, A.M. Effect of oxygen and nitrogen dioxide inter-
Selective oxidation of isobutene over multi- mediate L15
component molybdate catalyst 149 Honeybourne, C.L., see Jones, L.G. 277
Berteau, B., Delmon, B., Dallons, J.-L. and Van Ito, T., see Hamada, H. L15
Gysel, A. Iwamoto, M., see Sato, S. L1
Acid—base properties of silica—aluminas: Use Jablonski, E.L., see Pieck,C.L. 19
of 1-butanol dehydration as a test reaction Jones, L.G., Nevell, T.G., Ewen, R.J. and Honey-
307 bourne, C.L.
Brungard, N.L., see Simone, D.O. 87 Oxidation state of the surface of palladium in
Burch, R. and Swarnakar, R. the catalytic combustion of hydrogen 277
Oxidative dehydrogenation of ethane on vana- Kanoun, N., Astier, M.P. and Pajonk, G.M.
dium—molybdenum oxide and vanadium-nio- New vanadium-copper-zinc catalysts, their
bium-—molybdenum oxide catalysts 129 characterization and use in the catalytic dehy-
Cant, N.W., see Wehrli, J.T. 253 drogenation of ethanol 225
Chang, L., see Zhuang,Q. 1 Kennelly, T., see Simone, D.O. 87
Chang, Y.J., see Ng, C.F. Kim, Y.-C., Ueda, W. and Moro-oka, Y.
Chaung, S.S.C., Pien, S.-I., Ghosal, K., Soong, Y., Selective ammoxidation of propane involving
Noceti, R.P. and Schehl, R.R. homogeneous and heterogeneous steps over
Carbon monoxide hydrogenation over Na- multicomponent metal oxide catalysts 189
Mn-Ni catalysts: Effects of preparation meth- Kim, Y.-C., Ueda, W. and Moro-oka, Y.
ods on the C2+ oxygenate selectivity 101 Selective oxidation of propane involving homo-
Cheng, D.S., see Yang, B.L. 161 geneous and heterogeneous steps over multi-
Crajé, M.W.J., de Beer, V.H.J. and van der Kraan, component metal oxide catalysts 175
A.M. Kintaichi, Y.,see Hamada, H. L15
On the so-called "Co-Mo-S" phase observed in Lee S.B., see Yang, B.L. 161
carbon-supported cobalt sulfide catalysts: Levy, P.-J. and Primet, M.
Temperature dependence of the in-situ M6ss- States of hydrogen adsorption on platinum—
bauer spectrum L7 alumina and platinum—ceria catalysts. A tem-
Dallons, J.-L., see Berteau, B. 307 perature-programmed desorption study 263
De Beer, V.H.J., see Crajé, M.W.J. L7 Lietti, L., Tronconi, E. and Forzatti, P.
De Jong, A.M., see Meijers, A.C.Q.M. 53 Synthesis of C2+ oxygenates from methanol at
Delmon, B., see Berteau, B. 307 atmospheric pressure over alkali-promoted
Doblin, C., Mathews, J.F. and Turney, T.W. zinc-chromium oxide catalysts 73
Hydrocracking and isomerization of n-octane Lunsford, J.H., see Aigler,J.M. 29
and 2,2,4-trimethylpentane over a_ plati- Machej, T., Haber, J., Turek, A.M. and Wachs, I.E.
num/alumina-pillared clay 197 MonolayerV20s/TiO2 and MoO3/TiO2 cata-
Ewen, R.J., see Jones, L.G. 277 lysts prepared by different methods 115
Farrauto, R.J.,see Simone, D.O. 87 Machocki, A.
Forzatti, P., see Lietti,L. 73
Formation of carbonaceous deposit and its ef- Cu-ZSM-S5 zeolite as highly active catalyst for
fect on carbon monoxide hydrogenation on removal of nitrogen monoxide from emission
iron-based catalysts 237 of diesel engines L1
Mathews, J.F., see Doblin, C. 197 Schehl, R.R., see Chuang, S.S.C. 101
Mearns, A.M., see Benyahia, F. 149 Simone, D.O., Kennelly, T., Brungard, N.L. and
Meijers, A.C.Q.M., de Jong, A.M., van Farrauto, R_J.
Gruijthuijsen, L.M.P. and Niemantsverdriet, Reversible poisoning of palladium catalysts for
J.W. methane oxidation 87
Preparation of zirconium oxide on silica and Soong, Y., see Chuang, S.S.C. 101
characterization by X-ray photoelectron spec- Spronk, S. and Mol, J.C.
troscopy, secondary ion mass spectrometry, Metathesis of 1-alkenes in the liquid phase over
temperature programmed oxidation and infra- a Re207/y-Al2O3 catalyst. I. Reactivity of the
red spectroscopy 53 alkenes 295
Mizuno, N., see Sato, S. L1 Sterte, J., see Otterstedt, J.-E. 43
Mol, J.C., see Spronk, S. 295 Swarnakar, R., see Burch, R. 129
Moravek, V. Tabata, M., see Hamada, H. L15
Improvement of CSTR productivity by time- Thomas, D.J., see Wehrli, J.T. 253
modulation of input concentration 287 Trimm, D.L., see Wehrli, J.T. 253
Moro-oka, Y., see Kim, Y.-C. 175 Tronconi, E., see Lietti, L. 73
Moro-oka, Y., see Kim, Y.-C. 189 Turek, A.M., see Machej, T. 115
Nevell, T.G., see Jones, LG. 277 Turney, T.W., see Doblin, C. 197
Ng, C.F., and Chang, Y.J. Ueda, W., see Kim, Y.-C. 175
Arsine poisoning of nickel/silica catalysts. Hy- Ueda, W., see Kim, Y.-C. 189
drogen chemisorption study by magnetic Van der Kraan, A.M., see Crajé, M.W.J. L7
method 213 Van Gruijthuijsen, L.M.P., see Meijers, A.C.Q.M.
Niemantsverdriet, J.W., see Meijers, A.C.Q.M. 53
53 Van Gysel, A., see Berteau, B. 307
Noceti, R.P., see Chuang, S.S.C. 101 Wachs, I.E., see Machej, T. 115
Otterstedt, J.-E., Zhu, Y.-M. and Sterte, J. Wainwright, M.S., see Wehrli, J.T. 253
Effects of matrix alumina-silica ratio on the Wehrli, J.T., Thomas, D.J., Wainwright, M.S.,
performance of heavy oil cracking catalysts Trimm, D.L. and Cant, N.W.
containing zeolite Y in matrices of amorphous Selective hydrogenation of propyne over sup-
Silica—alumina 43 ported copper catalysts: Influence of support
Pajonk, G.M., see Kanoun, N. 225 253
Parera, J.M.,see Grau, J.M. 9 Yahiro, H., see Sato, S.
Parera, J.M., see Pieck,C.L. 19 70(L1)
Pieck, C.L., Jablonski, E.L. and Parera, J.M. Yang, B.L., Cheng, D.S. and Lee, S.B.
Recovering of the catalytic functions of naph- Effect of steam on the oxidative dehydrogena-
tha reforming catalysts by partial coke burning tion of butene over magnesium ferrites with
19 and without chromium substitution 161
Pien, S.-I., see Chaung, S.S.C. 101 Yu-u, Y., see Sato, S. L1
Primet, M., see Levy, P.-J. 263 Zhu, Y.-M., see Otterstedt, J.-E. 43
Qin, Y., see Zhuang, Q. L1 Zhuang, Q., Qin, Y. and Chang, L.
Sasaki, M., see Hamada, H. L15 Promoting effect of cerium oxide in supported
Sato, S., Yu-u, Y., Yahiro, H., Mizuno, N. and nickel catalyst for hydrocarbon steam-refor-
Iwamoto, M. ming 1
Subject Index
Acetaldehyde Alumina
Carbon monoxide hydrogenation over Na- Improvement of CSTR productivity by time-
Mn-Ni catalysts: Effects of preparation meth- modulation of input concentration 287
ods on the C2+ oxygenate selectivity 101 Alumina
Acid—base properties Selective reduction of nitrogen monoxide with
Acid—base properties of silica—aluminas: Use propane over alumina and HZSM-S zeolite.
of 1-butanol dehydration as a test reaction Effect of oxygen and nitrogen dioxide inter-
307 mediate L15
Acrolein Alumina-silica
Selective oxidation of propane involving homo- Effects of matrix alumina-silica ratio on the
geneous and heterogeneous steps over multi- performance of heavy oil cracking catalysts
component metal oxide catalysts 175 containing zeolite Y in matrices of amorphous
Acrylonitrile silica—alumina 43
Selective ammoxidation of propane involving Amination
homogeneous and heterogeneous steps over Catalytic amination of l-methoxypropan-2-ol
multicomponent metal oxide catalysts 189 over silica supported nickel. Modelling of reac-
Active matrices tion kinetics 325
Effects of matrix alumina-silica ratio on the 2-Amino-1-methoxypropane
performance of heavy oil cracking catalysts Catalytic amination of l-methoxypropan-2-ol
containing zeolite Y in matrices of amorphous over silica supported nickel. Modelling of reac-
Silica—alumina 43 tion kinetics 325
Adsorption Ammoxidation
Improvement of CSTR productivity by time- Selective ammoxidation of propane involving
modulation of input concentration 287 homogeneous and heterogeneous steps over
Adsorption multicomponent metal oxide catalysts 189
Arsine poisoning of nickel/silica catalysts. Hy- Arsine poisoning
drogen chemisorption study by magnetic Arsine poisoning of nickel/silica catalysts. Hy-
method 213 drogen chemisorption study by magnetic
Adsorption method 213
States of hydrogen adsorption on platinum— Atomic rates
alumina and platinum—ceria catalysts. A tem- New vanadium-copper-zinc catalysts, their
perature-programmed desorption study 263 characterization and use in the catalytic dehy-
Ageing drogenation of ethanol 225
Selective hydrogenation of propyne over sup- Bifunctional catalyst
ported copper catalysts: Influence of support Hydrocracking and isomerization of n-octane
253 and 2,2,4-trimethylpentane over a platinum/
Alkali addition alumina-pillared clay 197
Synthesis of C2+ oxygenates from methanol at Butanol dehydration
atmospheric pressure over alkali-promoted Acid—base properties of silica—aluminas: Use
zinc-chromium oxide catalysts 73 of 1-butanol dehydration as a test reaction
Alkene metathesis 307
Metathesis of 1-alkenes in the liquid phase over Butene oxidative dehydrogenation
a Re207/y-Al2O3 catalyst. I. Reactivity of the Effect of steam on the oxidative dehydrogena-
alkenes 295 tion of butene over magnesium ferrites with
Alkynes and without chromium substitution 161
Selective hydrogenation of propyne over sup- Carbon monoxide hydrogenation
ported copper catalysts: Influence of support
253
Formation of carbonaceous deposit and its ef- Synthesis of C2+ oxygenates from methanol at
fect on carbon monoxide hydrogenation on atmospheric pressure over alkali-promoted
iron-based catalysts 237 zinc-chromium oxide catalysts 73
Carbon monoxide hydrogenation Catalyst preparation (co-precipitation)
Carbon monoxide hydrogenation over Na-— Selective oxidation of isobutene over multi-
Mn-Ni catalysts: Effects of preparation meth- component molybdate catalyst 149
ods on the C2+ oxygenate selectivity 101 Catalyst preparation (coprecipitation, wet impreg-
Carbonaceous deposit nation)
Formation of carbonaceous deposit and its ef- Carbon monoxide hydrogenation over Na-
fect on carbon monoxide hydrogenation on Mn-Ni catalysts: Effects of preparation meth-
iron-based catalysts 237 ods on the C2+ oxygenate selectivity 101
Catalyst characterization (adsorption, FT-IR, Catalyst preparation (monolith)
TPD) Oxidative dimerization of methane over MgO
Acid—base properties of silica—aluminas: Use and Li*/MgO monoliths 29
of 1-butanol dehydration as a test reaction Catalyst preparation (precipitation)
307 Preparation of zirconium oxide on silica and
Catalyst characterization (BET, nitric oxide de- characterization by X-ray photoelectron spec-
composition) troscopy, secondary ion mass spectrometry,
New vanadium-copper-zinc catalysts, their temperature programmed oxidation and infra-
characterization and use in the catalytic dehy- red spectroscopy 53
drogenation of ethanol 225 Catalytic oxidation
Catalyst characterization (calorimetry, XPS) Selective oxidation of propane involving homo-
Oxidation state of the surface of palladium in geneous and heterogeneous steps over multi-
the catalytic combustion of hydrogen 277 component metal oxide catalysts 175
Catalyst characterization (IR, SIMS, TPO, XPS) Cerium oxide
Preparation of zirconium oxide on silica and Promoting effect of cerium oxide in supported
characterization by X-ray photoelectron spec- nickel catalyst for hydrocarbon steam-refor-
troscopy, secondary ion mass spectrometry, ming 1
temperature programmed oxidation and infra- Chloride effects
red spectroscopy 53 Reversible poisoning of palladium catalysts for
Catalyst characterization (TGA, TPR) methane oxidation 87
Promoting effect of cerium oxide in supported Chromium
nickel catalyst for hydrocarbon steam-refor- Effect of steam on the oxidative dehydrogena-
ming 1 tion of butene over magnesium ferrites with
Catalyst characterization (TPD, XRD) and without chromium substitution 161
Carbon monoxide hydrogenation over Na- Cluster model
Mn-Ni catalysts: Effects of preparation meth- Arsine poisoning of nickel/silica catalysts. Hy-
ods on the C2+ oxygenate selectivity 101 drogen chemisorption study by magnetic
Catalyst characterization (TPD) method 213
States of hydrogen adsorption on platinum- Co-Mo-S phase
alumina and platinum-ceria catalysts. A tem- On the so-called "Co-Mo-S" phase observed in
perature-programmed desorption study 263 carbon-supported cobalt sulfide catalysts:
Catalyst characterization (TPO) Temperature dependence of the in-situ Méss-
Deactivation of Pt—Re/Al203 catalysts with dif- bauer spectrum L7
ferent metallic surface 9 Cobalt sulphide/carbon
Catalyst characterization (TPO) On the so-called "Co-Mo-S" phase observed in
Recovering of the catalytic functions of naph- carbon-supported cobalt sulfide catalysts:
tha reforming catalysts by partial coke burning Temperature dependence of the in-situ Méss-
19 bauer spectrum L7
Catalyst characterization (TPSR) Coke
Recovering of the catalytic functions of naph- Oxidative dehydrogenation of ethane on vana-
tha reforming catalysts by partial coke burning dium—molybdenum oxide and vanadium-—nio-
19 bium—molybdenum oxide catalysts 129
Coke deposition Ethanol dehydrogenation
Promoting effect of cerium oxide in supported New vanadium-—copper-zinc catalysts, their
nickel catalyst for hydrocarbon steam-refor- characterization and use in the catalytic dehy-
ming 1 drogenation of ethanol 225
Coke formation Gasoline
Formation of carbonaceous deposit and its ef- Effects of matrix alumina-silica ratio on the
fect on carbon monoxide hydrogenation on performance of heavy oil cracking catalysts
iron-based catalysts 237 containing zeolite Y in matrices of amorphous
Coke formation silica—alumina 43
Synthesis of C2+ oxygenates from methanol at Heavy oil
atmospheric pressure over alkali-promoted Effects of matrix alumina-silica ratio on the
zinc—chromium oxide catalysts 73 performance of heavy oil cracking catalysts
Coke formation containing zeolite Y in matrices of amorphous
Deactivation of Pt—Re/Al2O3 catalysts with dif- silica—alumina 43
ferent metallic surface 9 Hydrocarbons distribution
Combustion Formation of carbonaceous deposit and its ef-
Reversible poisoning of palladium catalysts for fect on carbon monoxide hydrogenation on
methane oxidation 87 iron-based catalysts 237
Continuous stirred tank reactor Hydrocracking
Improvement of CSTR productivity by time- Hydrocracking and isomerization of n-octane
modulation of input concentration 287 and 2,2,4-trimethylpentane over a platinum/
Copper alumina-pillared clay 197
Selective hydrogenation of propyne over sup- Hydrogen
ported copper catalysts: Influence of support States of hydrogen adsorption on platinum—
253 alumina and platinum-—ceria catalysts. A tem-
Copper ion perature-programmed desorption study 263
Cu-ZSM-S zeolite as highly active catalyst for Hydrothermal treatment
removal of nitrogen monoxide from emission Effects of matrix alumina-silica ratio on the
of dieselengines L1 performance of heavy oil cracking catalysts
Copper-zinc containing zeolite Y in matrices of amorphous
New vanadium—copper-zinc catalysts, their silica—alumina 43
characterization and use in the catalytic dehy- Iron-based catalysts
drogenation of ethanol 225 Formation of carbonaceous deposit and its ef-
Cracking catalysts fect on carbon monoxide hydrogenation on
Effects of matrix alumina-silica ratio on the iron-based catalysts 237
performance of heavy oil cracking catalysts Iron—cobalt catalyst
containing zeolite Y in matrices of amorphous Formation of carbonaceous deposit and its ef-
Silica—alumina 43 fect on carbon monoxide hydrogenation on
Deactivation iron-based catalysts 237
Deactivation of Pt—Re/Al2O3 catalysts with dif- Isobutene
ferent metallic surface 9 Selective oxidation of isobutene over multi-
Deactivation component molybdate catalyst 149
Oxidation state of the surface of palladium in Kinetics
the catalytic combustion of hydrogen 277 Improvement of CSTR productivity by time-
Ethane dehydrogenation modulation of input concentration 287
Kinetics
Selective oxidation of isobutene over multi- 1-Methoxypropan-2-ol
component molybdate catalyst 149 Catalytic amination of |-methoxypropan-2-ol
Kinetics over silica supported nickel. Modelling of reac-
Selective hydrogenation of propyne over sup- tion kinetics 325
ported copper catalysts: Influence of support 4-Methyl-2-pentanol dehydration
253 Acid—base properties of silica—aluminas: Use
Kinetics of 1-butanol dehydration as a test reaction
Catalytic amination of l-methoxypropan-2-ol 307
over silica supported nickel. Modelling of reac- Molybdena/titania
tion kinetics 325 MonolayerV20s/TiO2 and MoO3/TiO2 cata-
Kinetics lysts prepared by different methods 115
Metathesis of 1-alkenes in the liquid phase over Molybdenum
a Re207/y-Al2O3 catalyst. I. Reactivity of the Oxidative dehydrogenation of ethane on vana-
alkenes 295 dium—molybdenum oxide and vanadium-nio-
Lithium promoted bium—molybdenum oxide catalysts 129
Oxidative dimerization of methane over MgO Monoliths
and Li*/MgO monoliths 29 Oxidative dimerization of methane over MgO
MOssbauer spectroscopy and Li*/MgO monoliths 29
On the so-called "Co-Mo-S" phase observed in Multicomponent molybdate catalyst
carbon-supported cobalt sulfide catalysts: Selective oxidation of isobutene over multi-
Temperature dependence of the in-situ Méss- component molybdate catalyst 149
bauer spectrum L7 Nickel
Magnesium ferrites Carbon monoxide hydrogenation over Na-
Effect of steam on the oxidative dehydrogena- Mn-Ni catalysts: Effects of preparation meth-
tion of butene over magnesium ferrites with ods on the C2+ oxygenate selectivity 101
and without chromium substitution 161 Nickel
Magnesium oxide Promoting effect of cerium oxide in supported
Oxidative dimerization of methane over MgO nickel catalyst for hydrocarbon steam-refor-
and Li*/MgO monoliths 29 ming 1
Magnetic method Nickel/silica
Arsine poisoning of nickel/silica catalysts. Hy- Catalytic amination of |-methoxypropan-2-ol
drogen chemisorption study by magnetic over silica supported nickel. Modelling of reac-
method 213 tion kinetics 325
Manganese-nickel Nickel/silica
Carbon monoxide hydrogenation over Na- Arsine poisoning of nickel/silica catalysts. Hy-
Mn-Ni catalysts: Effects of preparation meth- drogen chemisorption study by magnetic
ods on the C2+ oxygenate selectivity 101 method 213
Methacrolein Niobium
Selective oxidation of isobutene over multi- Oxidative dehydrogenation of ethane on vana-
component molybdate catalyst 149 dium—molybdenum oxide and vanadium-nio-
Methane bium-—molybdenum oxide catalysts 129
Reversible poisoning of palladium catalysts for Nitrogen monoxide
methane oxidation 87 Cu-ZSM-S zeolite as highly active catalyst for
Methane removal of nitrogen monoxide from emission
Oxidative dimerization of methane over MgO of dieselengines L1
and Li*/MgO monoliths 29 Nitrogen monoxide reduction
Methanol homologation Selective reduction of nitrogen monoxide with
Synthesis of C2+ oxygenates from methanol at propane over alumina and HZSM-S zeolite.
atmospheric pressure over alkali-promoted Effect of oxygen and nitrogen dioxide inter-
zinc—chromium oxide catalysts 73 mediate L15
Octane isomerization States of hydrogen adsorption on platinum-
Hydrocracking and isomerization of n-octane alumina and platinum-ceria catalysts. A tem-
and 2,2,4-trimethylpentane over a platinum/ perature-programmed desorption study 263
alumina-pillared clay 197 Platinum/ceria
Oxidation States of hydrogen adsorption on platinum-
Reversible poisoning of palladium catalysts for alumina and platinum-—ceria catalysts. A tem-
methane oxidation 87 perature-programmed desorption study 263
Oxidation Platinum-rhenium/alumina
Oxidative dimerization of methane over MgO Deactivation of Pt—Re/Al203 catalysts with dif-
and Li*/MgO monoliths 29 ferent metallic surface 9
Oxidative demerization Platinum-rhenium/alumina
Oxidative dimerization of methane over MgO Recovering of the catalytic functions of naph-
and Li*/MgO monoliths 29
tha reforming catalysts by partial coke burning
Oxygenates 19
Carbon monoxide hydrogenation over Na- Poisoning
Mn-Ni catalysts: Effects of preparation meth- Reversible poisoning of palladium catalysts for
ods on the C2+ oxygenate selectivity 101 methane oxidation 87
Oxygenates synthesis Pore structure
Synthesis of C2+ oxygenates from methanol at Effects of matrix alumina-silica ratio on the
atmospheric pressure over alkali-promoted performance of heavy oil cracking catalysts
zinc-chromium oxide catalysts 73 containing zeolite Y in matrices of amorphous
Palladium/alumina silica~alumina 43
Reversible poisoning of palladium catalysts for Propan-2-ol dehydrogenation
methane oxidation 87 Improvement of CSTR productivity by time-
Palladium foil modulation of input concentration 287
Oxidation state of the surface of palladium in Propane
the catalytic combustion of hydrogen 277 Selective ammoxidation of propane involving
Palladium oxide homogeneous and heterogeneous steps over
Oxidation state of the surface of palladium in multicomponent metal oxide catalysts 189
the catalytic combustion of hydrogen 277 Propane
Palladium/thoria Selective reduction of nitrogen monoxide with
Oxidation state of the surface of palladium in propane over alumina and HZSM-S zeolite.
the catalytic combustion of hydrogen 277 Effect of oxygen and nitrogen dioxide inter-
Pellistors mediate L15
Oxidation state of the surface of palladium in Propane
the catalytic combustion of hydrogen 277 Selective oxidation of propane involving homo-
Pillared clay geneous and heterogeneous steps over multi-
Hydrocracking and isomerization of n-octane component metal oxide catalysts 175
and 2,2,4-trimethylpentane over a platinum/ Propyne hydrogenation
alumina-pillared clay 197 Selective hydrogenation of propyne over sup-
Platinum ported copper catalysts: Influence of support
Hydrocracking and isomerization of n-octane 253
and 2,2,4-trimethylpentane over a platinum/ Raman spectroscopy
alumina-pillared clay 197 MonolayerV20s/TiO2z and MoO3/TiO2 cata-
Platinum/alumina lysts prepared by different methods 115
Recovering of the catalytic functions of naph- Redox model
tha reforming catalysts by partial coke burning Selective oxidation of isobutene over multi-
19 component molybdate catalyst 149
Platinum/alumina Reforming
Deactivation of Pt-Re/Al2O3 catalysts with dif- Synthesis of C2+ oxygenates from methanol at
ferent metallic surface 9 atmospheric pressure over alkali-promoted
Reforming zinc—chromium oxide catalysts 73
Recovering of the catalytic functions of naph- Silica—alumina
tha reforming catalysts by partial coke burning Acid—base properties of silica—aluminas: Use
19 of 1-butanol dehydration as a test reaction
Regeneration 307
Recovering of the catalytic functions of naph- Sodium—manganese-nickel
tha reforming catalysts by partial coke burning Carbon monoxide hydrogenation over Na-
19 Mn-Ni catalysts: Effects of preparation meth-
Rhenium oxide/alumina ods on the C2+ oxygenate selectivity 101
Metathesis of 1-alkenes in the liquid phase over Steam reforming
a Re2O7/y-Al203 catalyst. I. Reactivity of the Promoting effect of cerium oxide in supported
alkenes 295 nickel catalyst for hydrocarbon steam-refor-
Scheelite-oxide ming 1
Selective oxidation of propane involving homo- Steam treatment
geneous and heterogeneous steps over multi- Effect of steam on the oxidative dehydrogena-
component metal oxide catalysts 175 tion of butene over magnesium ferrites with
Scheelite-type catalyst and without chromium substitution 161
Selective ammoxidation of propane involving Strong metal—support interaction
homogeneous and heterogeneous steps over Promoting effect of cerium oxide in supported
multicomponent metal oxide catalysts 189 nickel catalyst for hydrocarbon steam-refor-
Selective oxidation ming 1
Selective oxidation of isobutene over multi- Sulphided catalysts
component molybdate catalyst 149 Recovering of the catalytic functions of naph-
Selective reduction tha reforming catalysts by partial coke burning
Cu-ZSM-S zeolite as highly active catalyst for 19
removal of nitrogen monoxide from emission Support effects
of diesel engines L1 Selective hydrogenation of propyne over sup-
Selectivity (2-amino-1-methoxypropane) ported copper catalysts: Influence of support
Catalytic amination of |-methoxypropan-2-ol 253
over silica supported nickel. Modelling of reac- Surface characterization
tion kinetics 325 Preparation of zirconium oxide on silica and
Selectivity (butadiene) characterization by X-ray photoelectron spec-
Effect of steam on the oxidative dehydrogena- troscopy, secondary ion mass spectrometry,
tion of butene over magnesium ferrites with temperature programmed oxidation and infra-
and without chromium substitution 161 red spectroscopy 53
Selectivity (ethane, ethene) Temperature dependence
Oxidative dimerization of methane over MgO On the so-called "Co-Mo-S" phase observed in
and Li*/MgO monoliths 29 carbon-supported cobalt sulfide catalysts:
Selectivity (ethanol) Temperature dependence of the in-situ Méss-
New vanadium—copper-zinc catalysts, their bauer spectrum L7
characterization and use in the catalytic dehy- Temperature-programmed desorption
drogenation of ethanol 225 States of hydrogen adsorption on platinum—
Selectivity (ethene) alumina and platinum-ceria catalysts. A tem-
Oxidative dehydrogenation of ethane on vana- perature-programmed desorption study 263
dium-—molybdenum oxide and vanadium-—nio- Vanadia/titania
bium—molybdenum oxide catalysts 129 MonolayerV20s/TiO2 and MoQ3/TiQO2 cata-
Selectivity (higher alcohols) lysts prepared by different methods 115
Vanadium
Oxidative dehydrogenation of ethane on vana- Effect of oxygen and nitrogen dioxide inter-
dium—molybdenum oxide and vanadium—nio- mediate L15
bium—molybdenum oxide catalysts 129 Zeolites
Vanadium—copper-zinc Effects of matrix alumina-silica ratio on the
New vanadium-copper-zinc catalysts, their performance of heavy oil cracking catalysts
characterization and use in the catalytic dehy- containing zeolite Y in matrices of amorphous
drogenation of ethanol 225 silica—alumina 43
Vanadium—copper Zinc—chromium oxide
New vanadium-copper-zinc catalysts, their Synthesis of C2+ oxygenates from methanol at
characterization and use in the catalytic dehy- atmospheric pressure over alkali-promoted
drogenation of ethanol 225 zinc—chromium oxide catalysts 73
Zeolites Zirconium oxide/silica
Cu-ZSM-S zeolite as highly active catalyst for Preparation of zirconium oxide on silica and
removal of nitrogen monoxide from emission characterization by X-ray photoelectron spec-
of diesel engines L1 troscopy, secondary ion mass spectrometry,
Zeolites temperature programmed oxidation and infra-
Selective reduction of nitrogen monoxide with red spectroscopy 53
propane over alumina and HZSM-S zeolite.